Last Updated: August 9, 2026

CLINICAL TRIALS PROFILE FOR BACITRACIN


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All Clinical Trials for BACITRACIN

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00000635 ↗ Treatment of Acyclovir-Resistant Mucocutaneous Herpes Simplex Disease in Patients With AIDS: Open Label Pilot Study of Topical Trifluridine Completed Glaxo Wellcome N/A 1969-12-31 To determine the safety, effectiveness, and toxicity of topical (local) trifluridine in treating mucocutaneous (at the nasal, oral, vaginal, and anal openings) Herpes simplex virus ( HSV ) disease that has shown resistance to acyclovir in HIV-infected patients. HSV infection in patients with AIDS is often associated with skin sores and frequent recurrences. Treatment with the drug acyclovir results in healing for most patients, but repeated treatment sometimes results in resistance of the virus to acyclovir. Thus, when this happens, other treatments need to be used. Trifluridine is an antiviral drug that is used for the treatment of Herpes infections that occur in the eye. This study attempts to determine if trifluridine is useful for treating HSV sores that have not healed after treatment with acyclovir.
NCT00000635 ↗ Treatment of Acyclovir-Resistant Mucocutaneous Herpes Simplex Disease in Patients With AIDS: Open Label Pilot Study of Topical Trifluridine Completed National Institute of Allergy and Infectious Diseases (NIAID) N/A 1969-12-31 To determine the safety, effectiveness, and toxicity of topical (local) trifluridine in treating mucocutaneous (at the nasal, oral, vaginal, and anal openings) Herpes simplex virus ( HSV ) disease that has shown resistance to acyclovir in HIV-infected patients. HSV infection in patients with AIDS is often associated with skin sores and frequent recurrences. Treatment with the drug acyclovir results in healing for most patients, but repeated treatment sometimes results in resistance of the virus to acyclovir. Thus, when this happens, other treatments need to be used. Trifluridine is an antiviral drug that is used for the treatment of Herpes infections that occur in the eye. This study attempts to determine if trifluridine is useful for treating HSV sores that have not healed after treatment with acyclovir.
NCT00132600 ↗ Clinical Evaluation of Bacitracin Completed Mekos Laboratories AS Phase 2 2005-04-01 The purpose of this study is to establish a concentration of a bacitracin-patch for diagnosing allergic contact dermatitis.
NCT00479193 ↗ Polymem vs. Bacitracin/Xeroform in Treating Burn Wounds Withdrawn MetroHealth Medical Center Phase 1 2006-10-01 Patients will be screened at the initial visit to the burn center. If the patients are eligible according to the inclusion/exclusion criteria, consent for the study will be obtained. One of the investigators will identify two sites that appear to be the same depth on each patient [1 site Polymen and 1 site bacitracin/xeroform )]. The depth of injury will be verified as partial thickness using laser doppler. Each site will be at least 4cm x 4cm in size. One site will be identified for bacitracin/xeroform and one site for Polymen. All burns will be initially debrided and cleaned according to burn unit protocol. The dressing will then be applied. All dressings will be covered with cotton gauze and ace wraps. Laser Doppler will be utilized to determine burn depth at both the trial and control sites. On each subsequent visit, patients will rate the pain of the dressing change on a 1-10 pain intensity scale. It will be noted if the wound appears infected or if antibiotics are prescribed. The study will end for each patient when the investigator determines that 95% of their burn has re-epithelized.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for BACITRACIN

Condition Name

Condition Name for BACITRACIN
Intervention Trials
Dental Caries 3
Burns 3
Allergic Contact Dermatitis 2
Burn, Partial Thickness 2
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Condition MeSH

Condition MeSH for BACITRACIN
Intervention Trials
Burns 5
Dental Caries 4
Infections 4
Infection 4
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Clinical Trial Locations for BACITRACIN

Trials by Country

Trials by Country for BACITRACIN
Location Trials
United States 29
Egypt 3
China 1
India 1
Brazil 1
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Trials by US State

Trials by US State for BACITRACIN
Location Trials
Kentucky 4
California 3
Massachusetts 3
New York 3
Colorado 2
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Clinical Trial Progress for BACITRACIN

Clinical Trial Phase

Clinical Trial Phase for BACITRACIN
Clinical Trial Phase Trials
Phase 4 13
Phase 3 2
Phase 2/Phase 3 1
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Clinical Trial Status

Clinical Trial Status for BACITRACIN
Clinical Trial Phase Trials
Completed 14
Recruiting 6
Unknown status 5
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Clinical Trial Sponsors for BACITRACIN

Sponsor Name

Sponsor Name for BACITRACIN
Sponsor Trials
Cairo University 3
Healthpoint 3
University of Louisville 2
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Sponsor Type

Sponsor Type for BACITRACIN
Sponsor Trials
Other 38
Industry 9
NIH 1
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BACITRACIN clinical trials update, market analysis and commercialization projections (2026)

Last updated: July 27, 2026

What is bacitracin’s clinical trial pipeline status and what updates matter most?

Answer: Bacitracin is an established topical antibiotic with a limited current “drug development” footprint in the US compared with modern small-molecule and biologic pipelines. Most activity tends to cluster around (1) new combination products (often with polymyxins or other anti-infectives), (2) reformulation or device-associated delivery (wound dressings), and (3) regulatory lifecycle work (label expansions, pediatric listings, manufacturing changes) rather than large phase-3 programs.

How do recent trials and development patterns typically appear for bacitracin?

Most bacitracin “clinical trial” updates in the marketplace are expected to map to one of these categories:

  • Topical formulation studies: skin/wound microbiology endpoints, local tolerance, and comparative potency versus comparator topical antibiotics.
  • Device or dressing-associated delivery: bacitracin impregnated dressings, gauze, or hydrogel platforms.
  • Combination products: bacitracin with other topical antibiotics to broaden coverage and reduce treatment failures in mixed flora.
  • Alternative strengths, bases, and vehicles: ointment base optimization, new manufacturing processes, or bioequivalence studies where applicable.

What phase and endpoint types are most common in topical bacitracin development?

For topical antibacterials, trial endpoints usually include:

  • Microbiological eradication or reduction on wound surfaces
  • Percent of patients with improved healing parameters (lesion size, granulation, time to improvement)
  • Local tolerability (erythema, irritation, dermatitis)
  • Safety signals related to contact dermatitis and hypersensitivity

What patents protect bacitracin topical products and how strong is the patent estate?

Answer: For bacitracin, the patent estate is typically fragmented by product form (ointment vs. topical combinations), manufacturing method, and dosage form. Active “blocking” patents are generally less likely than for newer anti-infectives because bacitracin is a mature ingredient with longstanding commercial history and multiple generic entrants.

What types of IP barriers usually matter for bacitracin?

  • Formulation patents for base chemistry, preservative systems, or improved stability of the active in topical vehicles
  • Device or dressing patents for delivery format and wound-contact performance
  • Method-of-manufacture patents for scale-up and impurity control
  • Regulatory exclusivities: not patent-expiry driven, but can affect timelines for new combinations or new indications depending on applicant strategy

How to interpret “patent strength” for bacitracin commercially

For mature topical antibiotics:

  • Many products are off-patent on active ingredient composition
  • Market differentiation usually comes from product form, combination strategy, and supply chain
  • Litigation risk often centers on specific product patents (formulation or manufacturing) rather than broad ingredient exclusivity

When does bacitracin lose exclusivity and what timeline drives generic entry risk?

Answer: Bacitracin’s commercial exclusivity is generally driven by product-specific rights (formulations, brand-specific combinations) and any regulatory exclusivity granted for new products, rather than a single ingredient monopoly.

What determines the practical “loss of exclusivity” date for bacitracin?

  • Expiration of patents for a specific topical combination (if applicable)
  • Expiration of patents for a specific formulation or device-associated delivery
  • End of any regulatory data exclusivity periods for a newly approved combination or supplement
  • Manufacturer discontinuations that open market share opportunities for other suppliers (supply-driven timing)

What is the Orange Book status of bacitracin and how many products are listed?

Answer: Bacitracin is historically represented across multiple topical products, and the Orange Book listing profile usually reflects:

  • Ingredient-level entries for bacitracin formulations
  • Multiple label strengths and dosage forms
  • Generic listings for many formats depending on brand history and applicant filings

What typically shows up in Orange Book for topical antibiotics like bacitracin?

  • Listed patents tied to dosage form and formulation
  • Device-adjacent items may appear under different regulatory frameworks
  • Many products can have limited remaining listed patents because ingredient-level coverage is old

Which companies sell bacitracin in the US and where does market power concentrate?

Answer: Market share for bacitracin topical products is typically distributed across:

  • Large branded legacy holders (where applicable to specific NDCs or combination products)
  • Multiple generic manufacturers competing on price and availability
  • Channel concentration in retail pharmacy and institutional wound-care supply chains

Commercial reality for bacitracin

  • Topical antibiotics are supply-chain sensitive, and pricing is often driven by acquisition costs and competitive intensity
  • Quality and consistency matter for hospital formularies, especially for wound-care products

What is the bacitracin market size, revenue exposure, and growth outlook through 2030?

Answer: Bacitracin is part of a larger US and global market for topical anti-infectives and wound care. Bacitracin’s growth is usually limited by:

  • Generic price compression
  • Competitive alternatives (other topical antibiotics, silver-based dressings, antiseptics)
  • Stewardship and guideline shifts that can reduce routine antibiotic use on minor wounds

Market growth drivers that can still move bacitracin revenue

  • Increased chronic wound prevalence (diabetes, aging populations)
  • Wider use of standardized wound-care pathways in hospitals
  • Hospital procurement cycles and formulary inclusion of specific NDCs
  • Development of combination products and dressing-associated systems that improve usability

Market headwinds

  • Price pressure from generics
  • Substitution by non-antibiotic wound-care strategies where clinically appropriate
  • Regulatory scrutiny of topical antibiotic overuse and resistance stewardship

How does bacitracin compare with alternatives like mupirocin, neomycin-polymyxin, and silver dressings?

Answer: Bacitracin generally competes on:

  • Coverage utility for certain wound pathogens
  • Historical acceptance in topical wound care
  • Low systemic absorption profile relative to oral antibiotics

Key competitive differentiators

  • Mupirocin: often used for localized infections with different spectrum and stewardship considerations
  • Neomycin-polymyxin-bacitracin combinations: broader coverage but risk of sensitization varies by patient population
  • Silver dressings/antiseptics: may win on antimicrobial breadth and reduced resistance concerns depending on clinical setting

Where bacitracin is most likely to hold share

  • Simple superficial wound use cases where clinicians want a familiar topical antibiotic
  • Settings where specific NDCs are already contracted through group purchasing organizations
  • Products that match existing local protocols

What generic entry risks exist for bacitracin topical products?

Answer: For bacitracin, generic entry risks are primarily product- and NDC-specific. Where patents or exclusivities remain for a given formulation, generic entry may be delayed until expiry or resolved via licensing/settlement. Where products are fully off-patent, entry is usually governed by:

  • ANDA readiness and manufacturing compliance
  • Competitive pricing dynamics
  • Availability and procurement contracting

What would trigger Paragraph IV style risk in bacitracin?

Paragraph IV frameworks typically arise when:

  • An ANDA filer challenges one or more listed patents for a specific bacitracin topical product
  • A settlement agreement delays approval to an agreed “carve-out” date
  • A court decision confirms validity or non-infringement

In mature topical antibacterials, the volume of such events tends to be lower than for high-revenue branded specialty drugs because many NDCs already have multiple generic entrants.

What bacitracin formulations are protected by patents and what are typical protected categories?

Answer: In topical antibacterials like bacitracin, the protected categories usually include:

  • Ointment bases and preservative systems
  • Stability and shelf-life improvements
  • Specific concentration ranges tied to therapeutic performance
  • Combination-specific formulations
  • Delivery systems embedded into wound dressings or bandages

What clinical safety issues matter for bacitracin commercialization and trial design?

Answer: The most relevant safety issues in topical bacitracin development and label management are:

  • Contact dermatitis and hypersensitivity
  • Local irritation and sensitization risk
  • Rare systemic reactions are less typical given low topical systemic exposure, but reporting and pharmacovigilance remain central

How does safety influence trial inclusion and endpoints?

  • Trials often use local tolerability scoring as a primary or co-primary endpoint
  • Exclusion criteria can reflect pre-existing dermatitis risks

What is the most actionable commercialization projection for bacitracin through 2030?

Answer: Bacitracin commercialization is likely to remain stable-to-slow growth in volume terms but flat-to-declining in real revenue terms due to generics and substitution. The best growth pockets are usually:

  • Combination and wound-care format expansions (dressing systems, optimized vehicles)
  • Institutional contracts and formulary retention for specific NDCs
  • Rapid supply scaling that captures procurement share

Projection framework (how to model revenue realistically for bacitracin)

Use a three-component model:

  1. Volume growth driven by wound-care demand and chronic condition prevalence
  2. Net price trend shaped by generic competition and contracting
  3. Share shifts due to substitution by competing topical antibiotics and silver-based or antiseptic products

Key Takeaways

  • Bacitracin is a mature topical antibiotic; “clinical trial updates” usually reflect formulation, combination, or delivery-system work more than novel large phase-3 programs.
  • Patent and exclusivity dynamics are generally product-specific (formulation/device/combination), not ingredient-wide.
  • Market growth is likely modest in volume with continued price pressure, making revenue growth harder without differentiated formats.
  • Competitive positioning depends on product form, procurement contracting, tolerability profile, and substitution risk from alternatives.

FAQs

  1. Does bacitracin have ongoing Phase 3 clinical trials in wound care?
  2. Which bacitracin NDCs are most exposed to generic substitution in the US?
  3. What label safety language drives clinical use restrictions for topical bacitracin?
  4. Do bacitracin wound dressings face different regulatory and IP barriers than ointments?
  5. How should investors model bacitracin revenue given price compression and substitution?

References

  1. FDA Orange Book: Approved Drug Products with Therapeutic Equivalence Evaluations. US Food and Drug Administration.
  2. ClinicalTrials.gov. US National Library of Medicine.

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